New Hope City stands along the northern Pacific coast of North America, rebuilt along the fractured shoreline between what was once Oregon and Washington State. Geographically, it sits on the Pacific Ocean — but in 2092, no one calls it that anymore. To survivors it is known as the Shattered Pacific, the Iron Sea, or the Minewater, depending on who you ask.
When containment failed in 2062, several global defense corporations enacted a final maritime denial protocol. The theory was simple: if the infection could spread via maritime routes, then the ocean itself had to be severed. They deployed self-replicating autonomous sea mines across major shipping lanes, Trans-Pacific corridors, and military transit vectors. The goal was to prevent evacuation fleets, halt naval regrouping, and stop continental spread.
Officially designated before the Fall as Adaptive Autonomous Denial Platforms (AADPs), survivors now call them Ghost Mines. These devices are self-propelled, sonar-reactive, and programmed to seek significant metallic mass and recognizable hull signatures. They are capable of limited self-repair and crude replication using scavenged material from wreckage. Built to detect military-grade propulsion systems and large steel displacement vessels, they were seeded aggressively into open water transit routes.
The infection had already spread inland by the time the maritime protocol activated. The mines did nothing to stop the collapse of civilization. Instead, they achieved something unintended: they permanently destabilized deep-sea travel.
By 2092, the Shattered Pacific is unnavigable beyond narrow coastal bands. Any vessel with large metallic mass, high-energy engine signatures, deep-draft hulls, or military-grade propulsion will trigger mine clusters. Over thirty years, the mines have replicated, drifted, clustered unpredictably, and embedded themselves within vast wreckage fields. Large-scale maritime travel is effectively impossible. No blue-water navies remain. No transoceanic trade survives. No deep-sea fishing fleets operate.
The mines were calibrated primarily for military targets: heavy hulls, powerful engines, and significant steel displacement. Near-shore waters are too shallow for many mine clusters, and sediment, debris, and wreckage interference degrade detection patterns. Smaller craft can still pass through carefully navigated routes. Wood-hull retrofits, composite skiffs, low-output diesel or hybrid engines, and shallow-draft salvage boats remain viable. The Freedocks thrive because they operate within this fragile corridor of survivable water. They do not sail far. They hug the coastline.
New Hope is functionally isolated. Whether other continents survived remains unknown. There is no satellite grid, no transoceanic shipping, and no confirmed long-range radio communication. The sea has become a wall.
The Admiralty’s influence derives from control of the only viable maritime corridor. They do not cross oceans. They control the coastline — and that is enough.
Beyond the coastal safe band lie graveyards of wrecked military carriers, cargo fleets frozen mid-evacuation, cruise liners, and naval destroyers. Some claim mine density fluctuates during certain storm cycles, creating temporary gaps. No confirmed deep-ocean expedition has returned to verify it.
Occasionally, distant detonations echo beyond the fogline — a bright flash, a deep concussive shock rolling across the water, then silence. The sea enforces its own perimeter.
Some whisper that the mines have developed primitive swarm coordination. Others claim they now detect infected bio-signatures. Stories circulate of a Harbor Lord who pushed too far offshore and returned with half his fleet missing. There are even rumors that Caliburn once considered neutralizing the minefields — and quietly decided against it.
New Hope sits on the Pacific Ocean. But in 2092, it is effectively landlocked. The ocean offers no escape. It is containment. And it still kills.